(C) IDM ENERGIESYSTEME GMBH
2. General description
Installation instructions TERRA AL 60 Max
10
Technical data
Hydraulic and refrigerant data
unit
TERRA AL 60 Max
Maximum flow temperature
2
°C
62
Nominal flow rate heating water (A7°C/W35°C,
∆
T=5 K)
m³/h
12.90
Flow rate heating water (A7°C/W55°C,
∆
T=8 K)
m³/h
7.30
Loading pump, available as accessorier
(up to 15 m one direction)
Wilo Stratos 50/1-9
Free residual pressure loading pump at nominal flow rate
kPa
47.8
Pressure loss heating side at nominal flow rate
kPa
24.4
Flow- and return connections heating side
R
2“ AG
Condensate run-off connection
mm
Ø 35
Maximum operating pressure heating side
bar
3
Nominal air flow rate (A7°C/W35°C
m³/h
2 x 11,000
Number of compressors
2
Number of refrigerant circles
2
Refrigerant
R410A (GWP
1
2088)
Quantity of refrigerant
1
kg
2 x 17.80
GWP
3
1924
Quantity of compressor oil
(Emkarate (TM) TL32HB-160SZ-160Z)
lt.
2 x 3.3
1
TERRA AL Max heat pumps work with the by the Kyoto protocol detected safety refrigerant R410A, with a global warming potential of 2088.
2
The 62°C refers to the max. heat pump flow temperature. The resulting lower hot water temperature must be checked in relation to compliance with the drinking water.
3
GWP value according to 5th IPCC Assessment Report
Electrical data
unit
TERRA AL 60 Max
Electrical power supply compressor/fan
V/Hz
3~ 400/50
Electrical power supply heating element (on site)
V/Hz
3~ 400/50
Electrical power supply controller
V/Hz
1~ 230/50
Initial current (one compressor)
A
54.40
Oparating current compressor
A
2 x 21.61
Maximum operating current fan
A
2 x 1.45
Maximum power consumption fan
kW
2 x 0.84
Fuse main power supply compressor/fan
A
C/K 63
Fuse control supply
A
B/Z 13
Fuse heating element up to 9 kW (on site)
A
B/Z 13
Prodection class outdoor unit
-
IP 44
Prodection class indoor unit
-
IP 20
